A hydrogel-based implantable micromachined transponder for wireless glucose measurement

Keyphrases

• Wireless 100%
• Diaphragm 100%
• Transponder 100%
• Micromachining 100%
• Glucose Measurement 100%
• Nanoporous Membrane 100%
• Hydrogel-based 100%
• Pressure Sensor 50%
• Response Time 50%
• Subcutaneous Implantation 50%
• Microtransponder 50%
• Porous Membrane 50%
• Resonant Frequency 50%
• Glucose Concentration 50%
• Time Response 50%
• Device Structure 50%
• Membrane Thickness 50%
• Overall Dimensions 50%
• Dynamic Response 50%
• Air Pressure 50%
• Sensitivity Response 50%
• Glucose Sensitivity 50%
• Phenylboronic Acid 50%
• Glucose Molecules 50%
• Thin Glass 50%
• LC Resonator 50%
• Glucose Sensor 50%
• Micromachined Resonators 50%
• Integrated Passive Device 50%
• Flexible Glass 50%
• Passive Inductor 50%
• Hydrogel Layer 50%
• Capacitor 50%
• Concentration Range 50%
• Stimuli-responsive Hydrogels 50%
• Movable Plate 50%
• Variable Capacitor 50%

Physics

• Transponder 100%
• Resonator 100%
• Atmospheric Pressure 50%
• Resonant Frequency 50%
• Porosity 50%
• Dynamic Response 50%